Positioning embedded bricklaying

Abstract

The invention relates to a positioning inlaid brick which comprises a brick body. At least one convex body in straight line shape, crisscross shape, Character ''Jing'' shape or boss shape is made on at least one end face of the brick body, and at least one groove in straight line shape, crisscross shape, Character ''Jing'' shape or boss shape is made on the corresponding end face of the brick body; adjacent bricks are scarf jointed by convex bodies and corresponding grooves. The invention can effectively enlarge the bonding face between adjacent bricks, improve the bonding strength between bricks, so as to improve the strength of the wall. Scarf joint between the convex bodies and the grooves can play a good role of positioning, improve the longitudinal pulling force and lateral pushing force of the wall, to make the vertical and horizontal lines as well as plane effect of wall building have good effect; scarf joint of the convex bodies and the grooves also can effectively save the bonding materials, which can not only improve the wall engineering quality, but also reduce the engineering construction cost; and scarf joint of the convex bodies and the grooves is applicable to all burning-free bricks, burnt bricks, hollow bricks, solid bricks, half-hollow bricks and stone bricks.

Description

【Technical field】 [0001] The invention relates to a building material, in particular to a positioning embedded bricklaying which is respectively provided with protrusions or grooves on two corresponding surfaces of the bricks and can play a positioning role. 【Background technique】 [0002] In the field of building materials, all kinds of bricks made of various materials and methods are used as the main materials for the construction of walls, slope protection, embankments and other projects. Because the traditional types of bricks are mostly rectangular six-plane , when in use, the corresponding two planes of the two bricks are bonded together, and the overall bond strength depends entirely on the strength of the bonding material. The strength is poor. When the wall is used for a certain period of time, under the influence of environmental climate conditions, the bonding material will age and directly reduce its bonding strength. Once it encounters natural disasters (such as...

AI Technical Summary

Problems solved by technology

[0002] In the field of building materials, all kinds of bricks made of various materials and methods are used as the main materials for the construction of walls, slope protection, embankments and other projects. Because the traditional types of bricks are mostly rectangular six-plane , when in use, the corresponding two planes of the two bricks are bonded together, and the overall bond strength depends entirely on the strength of the bonding material. The strength is poor. When the wall is used for a certain period of time, under the influence of environmental climate conditions, the bonding material will age and directly reduce its bonding strength. Once it encounters natural disasters (such as earthquakes, typhoons, floods, etc.) , the wall is easy to collapse, which seriously endangers the safety of people's lives and property; in addition, because the bonding between the bricks is on the corresponding two planes, there is no positioning structure between them, and the wall plane and verticality The positioning is difficult, the plane effect is poor, it is time-consuming and laborious, and the progress of the project is slow. Moreover, this type of bricklaying requires the use of a large amount of bonding materials when laying bricks, which is not conducive to the reduction of project costs.

In many retaining walls, slope revetments and embankment engineering projects such as highways, railways, water conservancy and municipal projects, most of them use various natural stones as the main materials of the projects. The shapes and sizes of such stones are irregular, and the positioning operation The technical requirements are higher, the project quality is difficult to control, and the construction progress is slow, especially the connection gap between the stone and the stone is large, the required cement mortar bonding material is wasted, and the bonding strength is also poor. A large number of natural stones will also cause Soil erosion and landslides are also not conducive to environmental protection

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